General English Table of Contents,Battery Bimonthly

Vol.52,No.1-6,2022

Never stop learning to be a good editor ………LI Sheng(1-1)

Research progress in layered lithium nickel cobalt manganese oxide ternary cathode material ………WU Cai-yunetal(1-3)

Influence of sol-gel preparation process on Li1.3Al0.3Ti1.7(PO4)3………………………………………DAILi-jingetal(1-8)

Low temperature charging performance of composite anode Li-ion battery ………………………………YU Bao-junetal(1-12)

Preparation of Fe3Se8/Co3Se4/NiSe2/NC composite and its performance ……………………ZHENG Yong-junetal(1-16)

Preparation of MEA with catalytic methanol-barrier for direct methanol fuel cell …………………TIAN Ai-huaetal(1-21)

Simulation and optimization of fuel supply system for PEMFC………………………………………XIAO Gangetal(1-25)

Simulation of explosion hazard of Li-ion battery box and design of explosion venting …………………GUO Zhi-huietal(1-30)

Strong adaptive battery parameter identification based on SRHPPC and EKF ……………………WANG Zhietal(1-35)

Performance of anode material of metal hydride-nickel battery for automobile …………………………SHE Xiangetal(1-38)

Preparation of manganese-based hexacyanoferrate and its Nastorage performance ……………………TU Jianetal(1-43)

Energy management of battery/supercapacitor for trams……………………………………………LIHuietal(1-48)

Effect of dispersanton the performance of cathode slurry and battery ………………………………CAO Hua-weietal(1-53)

Analysis of high nickel ternary cathode materials on thermal runaway of Li-ion battery ……………JIA Long-zhouetal(1-58)

The improving of low temperature performance of LiFePO4Li-ion battery ………………………………SU Lin-huaetal(1-63)

Relation between galvanostatic pre-discharge and electric performance of Li-MnO2battery ……ZHANG Shi-yietal(1-67)

Analysis of elevated temperature cycling failure of cylindrical LiFePO4Li-ion battery ………………CHEN Huetal(1-71)

Preparation and performance of high voltage fluorinated carbon nanosphere material ………………WANG Changetal(1-75)

Analysis of swelling accident caused by ultrasonic welding for Liion battery ………………………WU Xue-pingetal(1-80)

Design of combined acid pot for valve-regulated lead-acid battery……………………………………SHEN Xu-peietal(1-84)

Sources and control of metal foreign bodies in LiFePO4Li-ion battery ……………………………YANG Zhi-gaoetal(1-86)

Progress in covalent organic framework materials applied in lithium sulfur battery ………………GUAN Qi-huietal(1-91)

Review on thermal runaway risk for Li-ion battery………………………………………HU Si-hangetal(1-96)

Research progress in pre-lithiation technology for silicon based anode material …………………BAIYang-zhietal(1-101)

Review on the regeneration and utilization of retired power battery…………………………………ZHANG Hengetal(1-105)

Research progress in reliability and safety technology of energy storage power station ……………GAOWei-naetal(1-110)

Recovering electrolyte from Li-ion battery by evaporation-condensation method ……………………CHEN Songetal(1-114)

Recent progress and challenges on fluoride-ion battery………………………………………LIU Jia-lietal(2-120)

The performance of peach gum derived nitrogen doped porous carbon ……………………………LIU Xin-xinetal(2-126)

Application of polypyrrole/cobalt sulfide for electrochemical capacitor energy storage ……………REN Su-zhenetal(2-131)

Effect of dry and wet ceramic separator on the performance of LiCoO2/C battery ………………BAN Xiao-hanetal(2-135)

Rapid analysis method for activation performance of PEMFC………………………………WANG Dian-longetal(2-139)

Effect of EC-based electrolyte additive on the performance of Liion battery ……………………JIANGWen-boetal(2-144)

Thermal management of battery based on thermoelectric coolerphase change material ……………WU Qi-chaoetal(2-148)

On-line water fault diagnosis of fuel cell for vehicle………………………………………ZHAO Xinetal(2-153)

Data-driven SOH estimation of Li-ion battery…………………………………LIU Liang-junetal(2-157)

Thermal stability of LiNixCoyMn1-x-yO2cathode material……………………………………CHEN Jia-qietal(2-162)

Performance of Li1.2Ni0.13Co0.13Mn0.54O2material coated with Na0.44MnO2……………………………LILongetal(2-167)

Effect of thickness of aerogel felton thermal runaway characteristics of Li-ion battery ………………LIU Quan-yietal(2-172)

Preparation and performance of nano V2O5coated CFxcomposite…………………………………WANG Changetal(2-177)

Study on zinc hydroxide coating on ternary precursor Ni0.88Co0.05Mn0.07(OH)2…………………WANG Jin-wenetal(2-181)

Preparation of binder-free silicon carbon anode materials…………………………………………LIU Jinetal(2-185)

Exploring the causes of VC deteriorating high voltage performance of electrolyte …………………WU Hongetal(2-190)

Design of ribbed copper core terminal for VRLA battery…………………………………SHEN Xu-peietal(2-194)

Typical failure analysis and performance optimization of zinc-silver battery …………………………QIHai-binetal(2-197)

Interpretation of the first national standard of Li-ion battery used in stationary electronic equipment………………………………LYU Yuan-yuanetal(2-200)

Cause and analysis of lithium battery fire accident of B787-800 aircraft ………………………CHEN Nong-tianetal(2-204)

A review on thermal management system for Li-ion battery……………………………………LIU Xiao-jieetal(2-208)

Determination method of Li+diffusion coefficient in Li-ion battery………………………………ZHOU Zhao-guoetal(2-213)

Research overview of graphene based catalysts for ethanol electro-oxidation …………………ZHANG Shi-xinetal(2-218)

Review of aging mechanism and comprehensive use of Li-ion battery ……………………………LIU Xian-qingetal(2-223)

Research progress in nail penetration safety for Li-ion battery………………………………………LIYa-nanetal(2-228)

Fluorine removal process during regeneration of lithium iron phosphate cathode powder ………ZHU Jian-nanetal(2-232)

Effect of electrolyte additives on the performance of high nickel Li-ion battery ………………………ZHOU Mietal(3-237)

Preparation of Cu-Si anode for low-cost Li-ion battery by metallurgical method ……………………SHIAo-dietal(3-243)

Stress distribution of membrane electrode during PEMFC operating ………………………………LIAO Li-wenetal(3-248)

Performance of Co doped δ-MnO2prepared by sol-gel method………………………………………WEIWeietal(3-253)

Preparation and performance of AlF3/H3BO3coated LiNi0.83Co0.12Mn0.05O2…………………CHU Man-manetal(3-258)

Effect of electrode pore and pore size onmass transfer of lithiumair battery ………………………LUAN Li-huaetal(3-263)

Synthesis and electrical performance of Sm-doped La0.9Sr0.1Ga0.8Mg0.2O3-δelectrolyte ……………………LIJingetal(3-268)

Effects of methylammonium acetate to the performance of mesoscopic perovskite solar cell ………CHEN Kunetal(3-272)

Determination of Li+diffusion coefficient and its influencing factors ………………………………FANG Qianetal(3-277)

Evaluation and influence factors of thermal performance of battery……………………………………BAO You-yuetal(3-281)

Multi-stage galvanostatic charging method based on constant temperature rising curve ……………WU Tie-zhouetal(3-285)

Development of Li-ion supercapacitor sealed module with tab cooling …………………………QUWen-chaoetal(3-289)

Modifying single crystal material of LiNi0.6Co0.2Mn0.2O2by coating-doping …………………………CHEN Minetal(3-293)

Effect of storage temperature on thermal safety performance of pouch Li-ion battery ……………ZOU Xiao-longetal(3-297)

Effect of aging treatment process on tensile strength of electrolytic copper foil ……………………FU Zheng-bingetal(3-302)

Effect of high potential test parameters on the test results………………………………ZHAO Xing-xingetal(3-305)

Design and performance of a flexible lithium-air battery…………………………………WANWei-huaetal(3-309)

Screening method for Li-ion battery with internal defects………………………………ZHENG Liu-qunetal(3-313)

Patent analysis of power battery echelon utilization technology…………………………………XIE Ying-haoetal(3-316)

Chinese intellectual property of spent Li-ion battery recycle technology ………………………ZHOU Chao-fengetal(3-321)

Analysis of factors effecting the rapid application of production equipment ……………………………XIE Ying-jun(3-325)

A review of energy management strategy for fuel cell vehicle…………………………………WANG Zhi-fuetal(3-328)

Research progress in Li2FeSiO4cathode materials for Li-ion battery ………………………………ZHAWen-keetal(3-333)

Research progress in thermal management technology of power Li-ion battery ……………………HE Yuan-huaetal(3-337)

Research progress in improving rate capability of SPAN via composition strategy ………………YANG Pei-yueetal(3-342)

Research status quo of the Co free Fe-Mn based Li-rich cathode material …………………………SUN Guo-pingetal(3-346)

Building a spent lead-acid battery recycling system based on blockchain technology ………………HU Biaoetal(3-350)

The high current continuous discharge process of LR6 battery…………………………………WANG Li-zhenetal(4-357)

Internal temperature distribution in proton exchange membrane fuel cell ……………………FENG Zheng-hengetal(4-362)

Effect of reaction time of silicon source on electrochemical performance of hollow carbon spheres………………………………ZHAO Lian-lianetal(4-367)

Zinc storage performance of hexagonal MoOxmaterial………………………………………LIU Yingetal(4-372)

A 4th order equivalent impedance model of single flow zincnickel battery ………………SONG Chun-ningetal(4-377)

Preparation and performance of CoS/C as the cathode host material for lithium-sulfur battery……………………………MENG Yan-shuangetal(4-382)

Preparation and electrochemical performance of cathode material LiNi0.83Co0.12Mn0.05O2@ZrO2……WANG Kunetal(4-386)

Analysis of discharge characteristics of dual electrolyte lithiumair battery ………………………………LIJieetal(4-391)

Cycle failure analysis of LiFePO4/graphite battery at high temperature ……………………………LIZhao-yuetal(4-396)

Data driven intelligent fault diagnosis algorithm for Li-ion battery…………………………………ZHU Jing-zheetal(4-401)

Simulation of PEMFC self-heating cold start under different current densities …………………WANG Xue-keetal(4-406)

Effect of paraffin oil addition ratio on performance of separator………………………………CHEN Hong-huietal(4-411)

Energy storage performance of carbon cloth load ZIF-8 derived porous carbon …………………FAN Hao-dongetal(4-415)

Effects of impurities on the self-discharge of Li-ion battery………………………………ZHENG Liu-qunetal(4-419)

Application of LiBF4based high temperature electrolyte in Li/CFxbattery …………………ZHANG Hong-meietal(4-423)

Influence of overcharge cut-off voltage on thermal safety of NCM523 battery …………………GONG Yi-zeetal(4-428)

Effect of EMD heat treatment temperature on discharge performance of Li-MnO2battery ……PAN Han-dianetal(4-433)

192 V/200 Ah energy-storage system based on Ni/MH battery…………………………………JIANG Zhi-junetal(4-437)

Fully automatic screen printing equipment for VRLA battery…………………………………SHEN Xu-peietal(4-441)

Analysis of national standard system for power battery echelon utilization ……………………………TAN Zhenetal(4-443)

Comparison of standards IEC 62619:2017 and GB 40165-2021 for Li-ion battery of stationary equipment………………………………WANG Cai-juanetal(4-447)

Visual analysis of lithium salt in electrolyte of Li-ion battery……………………………………HU Hua-kunetal(4-452)

Improvement and prospect of anode material for potassium ion battery …………………………WANG Hai-binetal(4-457)

Research progress in improving initial Coulombic efficiency of SiO-based material ………………HUANG Qingetal(4-462)

Progress in high-efficiency utilization of PEMFC cathode Ptbased alloy catalyst ………………MA Jun-jieetal(4-467)

Research status quo of dry electrode preparation technique……………………………ZHANG Dong-dongetal(4-471)

Factors of residual alkali test in ternary cathode materials for Liion battery ……………………WANG Yu-shengetal(4-475)

Recycling spent LiFePO4from Li-ion battery………………………………………SUN Ruietal(5-479)

Preparation and performance of ordered oxygen evolution electrode……………………………LIU Gao-yangetal(5-484)

Diagnosis method of internal short circuit based on relaxation voltage ……………………………GONG Huietal(5-488)

Modification of TiO2at lithium metal anode interface and its application ………………………CHEN Chaoetal(5-492)

Synthesizing conditions of high performance nickel-rich cathode material ………………………………LIXiangetal(5-497)

Fuel cell fault diagnosis based on DCGAN……………………………………LI Hong-junetal(5-502)

Electrochemical performance of Si/C and Si/C-graphite composites ………………………………GU Shu-huaetal(5-507)

Potassium storage performance of hollow vesicular porous carbon………………………………DUAN Zhi-pengetal(5-512)

Capacity estimation of power Li-ion battery based on deep learning …………………………GUO Bang-junetal(5-517)

Start-stop durability experiment of the fuel cell system applied in the vehicle ……………………PENG Zu-xiongetal(5-522)

Effect of secondary-granulated graphite on the performance of Liion battery ………………………WANG Ji-weietal(5-525)

Thermal behavior of Li-ion battery during overcharge fault and swelling process …………………………LIXinetal(5-530)

Effect of electrode layers on the performance of Li-ion battery…………………………………ZHAO Yan-boetal(5-534)

Preparation and supercapacitor performance of spherical ZnCo-ZIF ……………………………………LU Zhenetal(5-538)

Gas generation of LiFePO4/graphite cell in runaway process……………………………………WANG Taoetal(5-543)

Preparation of silicon nano materials by wet ultra-fine grinding process ……………………………LIQian-qianetal(5-547)

Performance of nano-lithium titanate prepared by template method …………………………………MEIMingetal(5-551)

Effect of binder on discharge performance of alkaline Zn/MnO2battery …………………………………ZHANG Peng(5-556)

Effect of additives on performance of Mg2Ni alloy for automotive battery ………………………………SONG Jieetal(5-559)

Preparation and performance of high-capacity chromium oxide composite ………………………TENG Jiu-kangetal(5-564)

Interpretation of series standards of retired power battery recovery regenerated technique ………ZHANG Xue-meietal(5-569)

Research progress in nanowire composites in Li-ion battery…………………………………WANG Hai-binetal(5-574)

Research progress in effects of operating conditions on the performance of vanadium battery …SUN Yan-zhaoetal(5-578)

Progress in metal compounds used as cathode materials of lithium-sulfur battery …………………CHEN Lietal(5-583)

Research progress in carbon modified lithium manganate as cathode material ……………………HE Jia-yietal(5-588)

Research status quo of lead-acid battery disassembly process and equipment ……………………PANG Hai-fengetal(5-592)

Citric acid leaching process for mixed spent batteries……………………………………LUOWen-boetal(5-597)

Status quo and prospects of high specific energy lithium secondary battery ………………………………SHIBinetal(6-601)

Fault classification of PEMFC based on FCM clustering and BO algorithm ……………………LU Zhong-changetal(6-606)

Preparation and lithium storage performance of vanadium doped LiNi0.5Mn1.5O4……………………LIMing-zhuetal(6-610)

Preparation and lithium storage performance of SiOx@g-C3N4composite ……………………ZHANG Lin-senetal(6-615)

Performance optimization of oxygen electrode material LaxSr1-xMnO3formedium temperature SOEC………………………………HUANG Yong-taoetal(6-620)

Low temperature performance of mixed salt electrolytic liquid system …………………………………XIN Juanetal(6-623)

The effect of CO2on the performance of HT-PEMFC and system optimization …………………………LIU Jin-yietal(6-627)

Low-temperature performance of sodium-ion battery based on phosphate materials …………ZHANG Qian-ranetal(6-632)

Online modeling for Li-ion battery thermal process based on LLEOS-ELM ……………………………LYU Zhouetal(6-637)

Thermal runaway of power Li-ion battery under different state of charge …………………………ZHANG Kai-boetal(6-642)

State of health estimation of Li-ion battery based on improved model ……………………………CHANG Chunetal(6-646)

The performance of LiNi0.10Cr0.05Mn1.85O4prepared by moltensalt combustion method …………GUO Yu-jiaoetal(6-651)

Overheating abuse characteristics of power Li-ion battery under low pressure condition ……………JIA Jing-yunetal(6-656)

High-safety Li-ion battery based on the composite separators…………………………………………YU Ranetal(6-661)

Reliability evaluation of supercapacitor based on temperature humidity stress acceleration …………LU Chi-huaetal(6-666)

Preparation of nitrogen-doped carbon from alfalfa and lithium storage performance ………………ZHANG Taoetal(6-670)

Preparation and performance of anode material SiO@CMSs@C………………………………HOU Chun-pingetal(6-675)

Interpretation of national standard for product labels of traction battery echelon utilization ………LIU Jing-rongetal(6-680)

Interpretation of series standard GB/T 34015 for echelon use of vehicle power battery …………WANG Cai-juanetal(6-684)

A review of safety performance testing standards of traction Li-ion battery …………………………CHEN Zhi-binetal(6-689)

Research progress in electrode materials and electrolyte for supercapacitor …………………………LIYi-fanetal(6-694)

Research progress in La-Mg-Ni system A2B7-type electrode materials …………………………………LIYa-qinetal(6-698)

Progress in modification of electrospinning non-electrode materials for Li-Sbattery ………………LIU Kun-yuetal(6-703)

General Chinese Table of Contents,BatteryBimonthly,Vol.52,No.1-6,2022 ………………………………………(6-709)

General English Table of Contents,BatteryBimonthly,Vol.52,No.1-6,2022 ………………………………………(6-714)

Author Index,BatteryBimonthly,Vol.52,No.1-6,2022………………………………………………………(6-718)

(由本刊湯翊、劉冰、胡戈特編制)